Round 6: Tossup 17

It’s not Legendre (“luh-JOND”), but this mathematician names a method of computing the integrals of polynomials, his namesake quadrature. It’s not Ostrogradsky, but this man sometimes gives his name to the Divergence (10[1])Theorem, as well as to the set obtained by adjoining i to the integers. This man published the Theorema (-5[1])Egregium, which concerns his namesake curvature for surfaces. This man names a function whose simplest form is the exponential of minus x squared. (10[1])Systems (10[1])of linear equations can be solved by this man’s (10[1])namesake elimination, (10[2])and he also (10[2])names (10[1])a distribution whose graph is a bell curve. For 10 points, name this mathematician who gives his name to another name for the normal distribution. ■END■

ANSWER: Carl Friedrich Gauss [accept Gaussian quadrature; accept Gauss’s theorem; accept Gaussian integers; accept Gaussian curvature; accept Gaussian; accept Gaussian elimination]
<Editors, Other Science> | Packet D
= Average correct buzzpoint

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Buzzes


Summary

TournamentEditionMatchHeardConv. %Neg %Avg. Buzz
Northern CaliforniaMain4100%0%52.00
Southern CaliforniaMain7100%0%37.29
Eastern Canada (1)Main5100%0%70.20
FloridaMain4100%25%94.00
Great LakesMain1090%20%73.33
Lower Mid-AtlanticMain989%11%72.13
Upper Mid-AtlanticMain9100%11%76.33
NorthMain4100%25%81.50
NortheastMain12100%17%78.92
PacificMain8100%13%77.88
South CentralMain5100%0%84.20
SoutheastMain11100%18%81.09
Upstate NYMain5100%0%71.00
UK (North)UK5100%40%78.20